Abstract Background and Objectives Knee flexion causes a certain amount of misalignment
and relative movement of the fractured ends of the femur fracture, and if the flexion angle is …

This paper studies the spontaneous buckling morphology transition of an elastic ring
confined in an annular region constraint. With the increase of uniform axial strain, the ring …

Introduction: The principal strain or equivalent strain is mainly used in current numerical
studies to determine the mechanical state of the element in the cortical bone finite element …

不同数值方法模拟皮质骨结构弯曲断裂的准确性 Page 1 Chinese Journal of Tissue Engineering
Research|Vol 28|No.12|April 2024|1895 中国组织工程研究 Chinese Journal of Tissue …

Three numerical methods, including element instantaneous failure, continuum damage
mechanics, and extended finite element methods, are mainly used to simulate the fracture in …

Background Running with the appropriate intensity may produce a positive influence on the
mechanical properties of cortical bone structure. However, few studies have discussed the …

Abstract Background and Objective Critical energy release rate is a global fracture
parameter that could be measured during the failing process, and its value may change …

In this paper, a multiscale rationale is applied to develop a bottom-up modelling strategy for
analysing the elasto-damage response of osteons, resulting in a first step towards a refined …

The development of a nonlinear viscoelastic constitutive model of composite solid propellant
(CSP) coupled with effects of strain rate and confining pressure is essential to assess the …

The femur is one of the most important bone in the human body, as it supports the body's
weight and helps with movement. The aging global population presents a significant …